HYDRODYNAMIC DESIGN AND ASSESSMENT OF WATER AND WASTEWATER TREATMENT UNITS (HB 2020) Hardcover

Water and wastewater treatment typically occurs through a sequence of continuous flow units, each tailored to carry out a specific stage of the purification process—such as coagulation or flocculation, sedimentation or filtration, and disinfection. The internal flow dynamics—residence time, turbulence, collisions, and shear forces—significantly influence the performance of these units. Often, the impact of these flow patterns on the effectiveness of physical, chemical, or biological processes is overlooked during design education, leading to inefficient treatment systems that can pose health and environmental risks. This book aims to bridge that gap by introducing engineering students to the principles and practical strategies necessary for the effective design of treatment units. It emphasizes realistic and optimized solutions, both for new constructions and for upgrading existing systems. Core concepts and analytical tools are thoroughly explained and demonstrated through real-world examples. Ideal for engineering undergraduates and postgraduates taking specialized modules or complementary classes in water treatment processes, the book also serves as a valuable reference for engineers and technical professionals working on the design or improvement of water and wastewater treatment infrastructure.